Japanese electronics industry is too wedded to manufacturing. Japan focused on the science of manufacturing and were very successful. Unfortunately, there are diminishing returns to this strategy, especially when standards of living improve and costs rise. When it became clear that creative distruction was necessary for Japanese industry to survive, the Japanese business culture could not allow that to happen.
I don't think that's the primary reason. 30 years ago, easy for Japanese to dissect a German camera or British TV and reproduce and improve on design for cheaper manufacturing. Not so easy these days with micro-scale integrated products. Can't dissect a Samsung TV or Apple Iphone so easily.
I thought Handle Jones put his finger on a core issue this week at the Common Platform event in Silicon Valley when he said:
Japan is hampered by its slow decision-making process. “They have not adapted to a very fast moving world,” he said.
Everything comes in a big circle, it wants to be an IDM - NTTDocomo again. I am wondering how big NTT docomo's market outside Japan? Japan need to face the reality - world is not buying Japanese electronics for various reasons. NTT docomo will not make money if they need to support empty fabs and so much personnel. Just drag down another company if you can't face the reality.
The biggest obstacle for a company to stay vertically integrated is separating out the various groups into separate profit/loss groups. For simple minded (i.e. short term) investors, this allows them to make short term decisions that are almost always tactical rather than strategic. A protectionist policy (whether it's government or a large company) will increase the liklihood of remaining vertically integrated.. The Japanese govt. is less likely to be focussing on the short term.
There is another angle here. It's less about giving the semi operation a chance to "thrive" on its own. It's about saving the parent company! The difference in Japan is that none of the execs wants to be known as the person who killed semiconductors. It happens in two steps: spin out the operations, then in a couple of years it survives on its own or goes softly into the night - like elpida. Hitachi is far healthier without elpida and renesas.
I agree that the most interesting thing is that Renesas is not involved. It could mean that they have found a buyer for Renesas Mobile who will also take the surplus SOC designers as well. Apple is in sore need of baseband technology to embed on their APs. Its either renesas mobile or st-ericcson
Fascinating article Junko, thanks. Extraordinary how the ebb and flow of fortunes in this business has gone - who could have predicted this at the height of the Japan success in the 80s/90s? Is it too simplistic to ask whether education and the importance of innovation is at the heart of this? The Japanese were so good at improving what already existed but seem to struggle to take it further. Discuss...!
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.